SPINEX AI-Powered Comprehensive Spine Assessment Platform

Based on AI imaging and deep learning, it automatically performs scoliosis, spinal balance, and dynamic position analysis and lower-limb alignment and joint parameter measurements, rapidly generates standardized quantitative reports for clinician review, reducing time spent on manual measurements.

Play Video

HomeProductProducts

Overview
Features
Product Functions

Overview

SPINEX AI-Powered Comprehensive Spine Assessment Platform

SPINEX is a system that uses artificial intelligence algorithms to automatically assess spinal balance on X-ray images. To address clinical challenges such as large measurement errors, poor consistency, and the time-consuming nature of manual spinal parameter measurements, it employs deep learning algorithms to enable automatic vertebral landmark detection, automatic pedicle segmentation, and shoulder and pelvic alignment assessment on X-ray images.

Features

AI empowering clinical practice, reshaping the whole spinal diagnosis and treatment workflow with technology

10000 +

Clinical Dataset

Trained on over 10,000 spine images from real clinical scenarios.

< 0.1 s

Efficient Algorithm

Full-spine vertebral recognition in under 0.1 second, far faster than the average 10 minutes of manual measurement by physicians.

< 1 °

Precise Parameters

Cobb angle: average error below 1° (mean absolute percentage error, MAPE, of 18%), far below the clinically acceptable error threshold of 5°.

90 +

All-in-One

Supports measurement of more than 90 parameters for the Cervical Spine, Thoracic Spine, Lumbar Spine, Pelvis, Lower Limbs, Foot & Ankle.

Product Functions

AI Rapid Measurement

Database Management

Surgical Planning

AI Rapid Measurement

AI-Assisted X-ray Analysis and High-Throughput Quantitative Measurement

Anatomical Site

Cervical Spine

Shoulder

Thoracic Spine

Lumbar Spine

Pelvis

Whole Body

Lower Limbs

Foot & Ankle

Database Management

Personalized Research Database

Personalized Case Library

Physicians can create personalized case libraries based on their preferences. Imaging data is automatically organized by patient and managed using customizable tags for efficient access and retrieval.

Full-Dimensional Analysis

Visualized patient data by demographics, procedures, exams, and follow-ups.

Research Data Export

One-click export of patient data, imaging, and follow-ups.

Physician Workload Analysis

Summarizes clinical workload by surgeon and procedure type.